Derek Ireland
Team Leader
Health Data Engineering
Our world class Health Data Engineering team is a dedicated team of software engineers who work with our scientists across the AEHRC in delivering solutions to our customers and partners
Impact on the Health System
We deliver solutions based on AEHRC Science for the health system.
Our Solutions
We have developed the following solutions:
AEHRC has developed a flexible surgical simulation software platform, MILXSim, which provides high performance rendering and simulation capabilities to the Surgical Simulation and Planning team. The platform is developed in C++ and...
The Cloud-based MoTER app helps users to maintain their health by allowing patients to follow tailored rehabilitation programs from home. MoTER aims to develop computer aided clinical information processing and reporting systems...
MilxXplore is a php application developed by the Biomedical Imaging Group. It is part of the Australian e-Health Research Centre, CSIRO Digital Productivity and Services Flagship. MilxXplore provides high performance rendering and...
Our research has developed advanced natural language processing, information retrieval, and machine learning approaches to overcome the problems of ‘understanding and reasoning with clinical data’. Medical Free Text...
Minimises overhead for set up and processing of new projects. NGSANE We developed NGSANE [2], a Linux-based, HPC-enabled framework that minimises overhead for set up and processing of new projects yet maintains full flexibility of...
Designed and developed to support internal research efforts, provide a viable and robust environment for clinical applications. Introduction The MILXView platform was developed by the Biomedical...
Shrimp is HTML5, SVG, and Javascript based, and runs in most modern web browsers. Shrimp is a browser for hierarchical terminologies like SNOMED CT and AMT in a HL7 FHIR Terminology Server like Ontoserver....
Recording the right code — diagnosis, procedure, medication — can be simple. With fast, incremental search, and context-specific result ordering Ontoserver puts SNOMED CT, AMT, LOINC, and FHIR-based CodeSystems at your...
Snorocket is an implementation of the Dresden algorithm that is tuned for classifying the SNOMED CT clinical terminology. Snorocket Snorocket is an implementation of the Dresden algorithm that is tuned for classifying the SNOMED CT...
The challenge: Access to eye screening is needed in remote communities Left undiagnosed and untreated, eye conditions such as diabetic retinopathy can lead to vision loss or total blindness. For patients suffering from these diseases,...
Derek Ireland
David Conlan
Deanne Ukovich
Jim Steel
John O’Dwyer
Ming Zhang
Simon Gibson
Karen Harrap
Derek Ireland
Software Engineer with 25 years industry and research experience.
CSIRO Profile
David Conlan
Software Engineer with 20 years industry experience and has worked on a variety of technologies and subject areas.
CSIRO Profile
Deanne Ukovich
Software Engineer with 16 years experience producing health data related software for research teams.
CSIRO Profile
Jim Steel
Software engineer working on clinical terminology software, in particular the Ontoserver FHIR terminology server. Adjunct Lecturer in Software Engineering with The University of Queensland
CSIRO Profile
John O’Dwyer
John has over 30 years software engineering experience, the last 13 in the Health industry.
Ming Zhang
Software engineer with over 10 years experience on clinical classification and clinical terminology development and analysis
Simon Gibson
Software engineer with experience of a number of different domains including distributed systems, security, finance, policing and most recently with electronic health.
CSIRO Profile
Karen Harrap
Software engineer working in CSIRO’s Health & Biosecurity Business Unit. Karen develops mobile apps and web applications for a number of customers.
CSIRO Profile
